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3 years ago

Turn on Fit a line. Use the m and b sliders to try to fit the line to the data. Write the equation for your line in

Mathematics

1 answer:

liq [111]3 years ago

7 0

Step-by-step explanation:

which one do u want me to do first ? and

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What are the measures of angles M and N?

romanna [79]

Answer:

mM = 113 and mN = 61

Step-by-step explanation:

In a Cyclic quadrilateral, the rule states that:

The sum opposite interior angles is equal to 180°

In the above diagram, we have cyclic quadrilateral KLMN

According to the rule stated above:

Angle K is Opposite to Angle M

So, Angle K + Angle M = 180°

Angle K = 67°

67° + Angle M = 180°

Angle M = 180° - 67°

Angle M = 113°

Angle L is Opposite to Angle N

so Angle L + Angle N = 180°

Angle L is given as = 119°

119° + Angle N = 180°

Angle N = 180° - 119°

Angle N = 61°

Therefore, Angle M = 113° and Angle N = 61°

7 0

2 years ago

Seis manzanas y 8 peras cuestan $26. ¿Cuanto cuesta cada pera y cada manzana sabiendo que cada manzana cuesta el triple de lo qu

Rom4ik [11]

Usando un sistema de ecuaciones, se encuentra que

Cada manzana cuesta $3.
Cada pera cuesta $1.

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Un sistema de ecuaciones soluciona esta pergunta.
El custo de una manzana es x.
El custo de una pera es y.

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Seis manzanas y 8 peras cuestan $26, o sea, $6x + 8y = 26$
Cada manzana cuesta el triple de cada pera, o sea, $x = 3y$

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Primero, encontramos el cuesto de una pera, substituyendo la segunda en la primera ecuación.

$6x + 8y = 26$

$6(3y) + 8y = 26$

$18y + 8y = 26$

$26y = 26$

$y = \frac{26}{26}$

$y = 1$

Cada pera cuesta $1.

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Cada manzana cuesta el triple de cada pera, o sea, $x = 3y = 3(1) = 3$ .

Cada manzana cuesta $3.

Se encuentra um problema similar en brainly.com/question/24646137

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2 years ago

There are 12 ballons in a bag: 3 each of blue,green,red, and yellow.Three ballons are chosen at random. Find the probability tha

marin [14]

The answer would be 3/12

8 0

3 years ago

Area of the shape. PLEASE

Law Incorporation [45]

The area of this shape is 52

6 0

1 year ago

Mary wants to fill in a cylinder case. At the flower store they told her that the vase should be filled 2/3 for the flowers to l

xeze [42]

Answer-

Mary should pour 150.8 in³ water into the vase.

Solution-

The volume of the cylinder is given by,

$V=\pi r^2h$

Where,

r = base circle radius = 3 in,

h = height of the cylinder = 8 in,

Putting the values,

$V=\pi \times 3^2\times 8$

$=\pi \times 9\times 8$

$=226.2\ in^3$

As Mary has to fill the vase $\dfrac{2}{3}$ th, so the amount of water would be,

$=\dfrac{2}{3}\times 226.2=150.8\ in^3$

7 0

2 years ago

Read 2 more answers